Magnesite industry energy efficiency analysis and improvement method

Abstract

The invention provides a magnesite industry energy efficiency analysis and improvement method. A data acquisition module, a data service center and an energy efficiency monitoring center are included. The data acquisition module acquires energy consumption data and energy consumption quality data of the energy efficiency monitoring area, sends original data to the data acquisition terminal, and uploads the original data to the data service center. The data service center carries out calculation, classification, statistics, filing and storage on the data, and creates user management data in combination with information such as enterprises and equipment archives. The energy efficiency monitoring center comprehensively monitors, analyzes and diagnoses the energy use condition of the monitoring area through the data provided by the data service center. Real-time data acquisition and online monitoring are carried out on the operation condition of the whole production cycle, the equipment operation state and the like, comprehensive perception of energy consumption and energy consumption of enterprises is achieved, and the purposes of improving the generation efficiency and reducing the production cost of the enterprises are finally achieved by combining and applying a big data statistical analysis technical means.

Description

technical field [0001] The invention relates to the technical field of energy management, in particular to a method for analyzing and improving energy efficiency in the magnesite industry. Background technique [0002] With my country's development from an energy-intensive economy to an energy-saving economy, energy consumption regulation for industrial enterprises has become an important means in the process of economic transformation. At present, enterprises in the magnesite industry generally have problems of large energy consumption and energy waste in the production process. The main reason is that there is no reliable technical means to support the monitoring and management of industrial energy consumption, and there is no establishment of an energy consumption evaluation system suitable for enterprises. This leads to the unfavorable situation that energy consumption is difficult to monitor, energy-saving effect is difficult to evaluate, and energy-saving transformatio...

AI Technical Summary

Problems solved by technology

At present, enterprises in the magnesite industry generally have problems of large energy consumption and energy waste in the production process. The main reason is that there is no reliable technical means to support the monitoring and management of industrial energy consumption, and there is no establishment of an energy consumption evaluation system suitable for enterprises. Leading to the unfavorable situation that energy consumption is difficult to monitor, energy-saving effect is difficult to evaluate, and energy-saving transformation is difficult to carry out

Traditional energy consumption statistics and management methods can only be carried out through manual review of energy bills for electricity, water, heat, coal, and oil lamps. The disadvantages of this type of statistics are: 1. It is impossible to grasp the overall energy consumption situation at any time; 2. It lacks Sustainability: statistics are carried out every year, and there is a lack of long-term effective monitoring system; 3. Management through human experience lacks scientificity and accuracy

These shortcomings lead to inaccurate statistics of energy consumption data, which can neither fully describe the energy consumption characteristics of enterprises, nor provide more basis for energy audit, energy consumption analysis and diagnosis, etc.

[0003] my country's magnesite mineral resources are abundant and the industry is prosperous. However, due to problems such as extensive energy management and equipment safety hazards, my country's magnesite industry has been in a high energy-consuming development stage.

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